public void SetTarget(SelectionRegion Selected)
{
if (Selected == null || !Selected.Enabled || !typeof(SelectionRegion).IsAssignableFrom(Selected.GetType())) {
return;
}
Morphid = Selected.Morphid;
Lane = Selected.Lane;
Minion = Selected.Minion;
}
public bool MorphidAllowed(Morphid m)
{
return HasFlag(TargetTypeFlag.Morphid) &&
m != null &&
TargetScanner(m.GUID) &&
((HasFlag(TargetTypeFlag.Friendly) && m.GUID == GameState.ActiveMorphid.GUID) ||
(HasFlag(TargetTypeFlag.Enemy) && m.GUID != GameState.ActiveMorphid.GUID));
}
public void Start()
{
CardOptions = new Dictionary<Slot, List<Card>>();
CardChecked = new Dictionary<Card, bool>();
CardByName = new Dictionary<string, Card>();
string lastSavedDeck = PlayerPrefs.GetString(DECK_SAVE_KEY, null);
DeckList deckList = null;
if (lastSavedDeck == null) {
deckList = new DeckList();
}
else {
deckList = lastSavedDeck.DeserializeProtoString<DeckList>();
}
foreach (Slot slot in Enum.GetValues(typeof(Slot))) {
CardOptions[slot] = new List<Card>();
}
foreach (Card card in Importer.Singleton.Cards) {
CardOptions[card.Slot].Add(card);
CardChecked[card] = deckList.Cards.Contains(card.Name);
CardByName[card.Name] = card;
}
Morphid mockMorphid = new Morphid();
mockMorphid.Morphium = 10;
lastMouseOver = null;
Card.Owner = mockMorphid;
Card.SnapToMouse();
}
private void EndTurn(Morphid enemy)
{
GameState.SwapTurn();
}